Hexaconazole electrostatic oil agent and preparation method thereof
An electrostatic oil agent and hexaconazole technology, applied in the field of pesticides, can solve the problems of large environmental pollution, limited droplet deposition, limited charged charge, etc., and achieve the effects of high electrical conductivity, reduced pesticide application amount, and easy degradation.
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Embodiment 1
[0053] 0.1% Hexaconazole Static Oil
[0054] Hexaconazole 0.1%
[0055] Phorone 3.0%
[0056] Ethylene glycol acetate make up to 100%
[0057] The original drug of hexaconazole is dissolved in a co-solvent and a solvent, and can be made into an electrostatic oil after fully stirring. The viscosity of 0.1% hexaconazole electrostatic oil is 1.34mPa·s, and the conductivity is 1.15μs·cm -1 , the deposition amount on tomato leaves is 8.06μg·cm -2 .
Embodiment 2
[0059] 1% Hexaconazole Static Oil
[0060] Hexaconazole 1%
[0061] Dimethylsulfoxide 5.0%
[0062] Modified urethane make up to 100%
[0063] The original drug of hexaconazole is dissolved in a co-solvent and a solvent, and can be made into an electrostatic oil after fully stirring. The viscosity of 1% hexaconazole electrostatic oil is 1.63mPa·s, and the conductivity is 3.26μs·cm -1 , under the same active ingredient dosage as in Example 1, carry out electrostatic spraying (using modified carbamate to dilute the electrostatic oil), and the deposition amount on the tomato leaves is 10.27 μg cm -2 .
Embodiment 3
[0065] 3% Hexaconazole Static Oil
[0066] Hexaconazole 3%
[0067] Formamide 7.0%
[0068] Ethylene glycol acetate make up to 100%
[0069] The original drug of hexaconazole is dissolved in a co-solvent and a solvent, and can be made into an electrostatic oil after fully stirring. The viscosity of 3% hexaconazole electrostatic oil is 1.58mPa·s, and the conductivity is 4.78μs·cm -1 , under the same active ingredient dosage as in Example 1, carry out electrostatic spraying (use ethylene glycol acetate to dilute the electrostatic oil), and the deposition amount on tomato leaves is 13.28 μg cm -2 .
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